About Analyzing Results

You can open simulation results from any tab, a stored file, or from the database. You can export various results.

For opening simulation results, see Opening Simulation Results.

For exporting, see Exporting.

When you replay an animation, you replay the full simulation results. This means that you also display, for example, any variables monitored on the diagram.

See Replaying an Animation.

You can monitor variables on the diagram in two ways:

• By using probes. For more information, see Creating Probes of Variables Monitored in the Diagram (Pinned Variables Probes).
• By using the Variable Browser. For more information, see Monitoring Variables on the Diagram.

You can generate two-dimensional and three-dimensional geometries based on an animation of a mechanism.

• A geometric trace is a 3D shape that represents the path traveled by a point or a curve over the course of a kinematics simulation.
• A swept volume is a body representing the total space occupied by a mechanism part over the course of the simulation.

Tracing and sweeping can only be used in scenarios for objects containing both logical and physical model.

See Tracing and Sweeping.

You can detect and handle clashes in physical-logical models when replaying a 3D animation, or when working in preview mode.

See Detecting and Handling Physical Clashes.

You can use the Variable Browser in the Behavior Experience app.

To open the Variable Browser in the Behavior Experience app, see Simulating and Generating Results. To use it for analyzing results, see Working with the Variable Browser.

The results can be plotted.

See Working with Plots.

You can publish knowledge results as Key Performance Indicators (KPI).

See Publishing Knowledge Results as Key Performance Indicators (KPI).

You can analyze the variable dependencies for a signal to, for example, investigate why it behaves in a certain way.

See Working with Variable Dependencies and Equation Incidence.

You can analyze the numeric integration to inspect state variables that might slow down the simulation of large models.

See Analyzing Numeric Integration.

You can analyze the events in a simulation.

See Analyzing Events.